CN101895845B - Method and device for scheduling short message of code division multiple access single-mode dual-standby terminal - Google Patents
Method and device for scheduling short message of code division multiple access single-mode dual-standby terminal Download PDFInfo
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- CN101895845B CN101895845B CN201010230922.3A CN201010230922A CN101895845B CN 101895845 B CN101895845 B CN 101895845B CN 201010230922 A CN201010230922 A CN 201010230922A CN 101895845 B CN101895845 B CN 101895845B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
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Abstract
The invention discloses a method for scheduling a short message of a code division multiple access (CDMA) single-mode dual-standby terminal. The method comprises the following steps that: when a short message service needs to be performed, the CDMA single-mode dual-standby terminal firstly processes the short message service of a user in a service activation state currently, performs deferred processing on a received voice calling and/or a received data service, needing to be performed, of the user in the service activation state when processing the short message service, and performs the deferred processing on the received short message service, the voice calling service and the data service, needing to be performed, of the user in the service non-activation state currently. The invention also discloses a device for scheduling the short message of the CDMA single-mode dual-standby terminal. Due to the adoption of the method and the device of the invention, the short message service of the CDMA single-mode dual-standby terminal can be managed and scheduled reasonably.
Description
Technical field
The present invention relates to the dispatching technique in communication, refer to especially method and the device of a kind of code division multiple access (CDMA) single-mode dual-standby terminal scheduling short message.
Background technology
CDMA single-mode dual-standby terminal is a kind ofly to realize the simultaneously online communication terminal of double card based on single base band and injection frequency module, this communication terminal has been expanded communication capacity, that is: terminal use has two number entrances to initiate short message service, and then has promoted user's communication service experience.
But in actual use, the short message service of CDMA single-mode dual-standby terminal has certain randomness, be mainly manifested in following two aspects: on the one hand, under network side, short-message sending has certain randomness to terminal; The submission of the message that on the other hand, terminal use initiatively initiates has certain randomness.
And, in actual use, long SMS business and sending short messages in groups business increase the message data amount of the each sending and receiving of CDMA single-mode dual-standby terminal, add sending and receiving process discontinuity in time, so, just require to only have the CDMA single-mode dual-standby terminal of a set of radio frequency mechanism in the time carrying out scheduling message, can treat the concurrent of short message service and competition by reasonable management pair.And CDMA single-mode dual-standby terminal also needs other communication service of considering that terminal is supported, such as: speech business, data service etc., on the impact of short message service.
At present, CDMA single-mode dual-standby terminal is not also proposed how short message is carried out the technical scheme of rational management.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of method and device of CDMA single-mode dual-standby terminal scheduling short message, can reasonable management and the short message service of dispatching CDMA single-mode dual-standby terminal.
For achieving the above object, technical scheme of the present invention is achieved in that
A kind of method that the invention provides CDMA single-mode dual-standby terminal scheduling short message, comprising:
In the time that needs carry out short message service, CDMA single-mode dual-standby terminal is first processed the current user's in activation of service state short message service, and in the time processing short message service, delay disposal is carried out in voice call service and/or the data service that need to carry out the described user in activation of service state who receives; Delay disposal is carried out in short message service, voice call service and the data service that need to carry out the current user in business unactivated state who receives.
In such scheme, when double-standby terminal is during in double standby state, described method is specially:
Double-standby terminal works according to the ICQ information or the user that receive the short message request of exhaling, and determines the standby subscriber that uses short message service;
The standby subscriber that double-standby terminal activates described use short message service enters short message service treatment state, if short message service is the short message receiving time receiving, double-standby terminal is that excited users receives short message, and delay disposal is carried out in the voice call service to the described excited users of receiving and data service; And the current un-activation user's who receives short message service, voice call service and data service are carried out to delay disposal.
In such scheme, the method further comprises:
If when short message service is short message transmission, double-standby terminal judges whether to allow single link setup, determine while allowing single link setup, double-standby terminal is set up reverse traffic channel link, for described excited users sends SMS message, and in process of transmitting, delay disposal is carried out in voice call service and the data service of double-standby terminal to the described excited users of receiving; And delay disposal is carried out in short message service, voice call service and data service to described current un-activation user;
Determine while not allowing single link setup, double-standby terminal is set up reverse traffic channel link, send a short message, and in process of transmitting, delay disposal is carried out in voice call service and the data service of double-standby terminal to the described excited users of receiving, the described current un-activation user's who receives short message service, voice call service and data service is carried out to delay disposal simultaneously;
After short message is sent completely, double-standby terminal disconnects reverse traffic channel link, and judges whether described excited users need the short message sending, while defining, re-establish reverse traffic channel link, so circulation, until described excited users short message to be sent is sent.
In such scheme, described reception short message is specially:
If adopt paging channel to receive, directly receive short message;
If adopt forward traffic channel to receive, double-standby terminal sends the request of setting up forward traffic channel link to network side; After the network side request of receiving, set up forward traffic channel with double-standby terminal and link, the message of having set up to double-standby terminal back link; Double-standby terminal is received after message, receives short message.
In such scheme, described in carry out delay disposal, be specially:
Double-standby terminal is that described excited users receives in the process of short message, preserves the voice call service of described excited users and data service and/or described current un-activation user's short message service, voice call service and the data service of receiving;
After double-standby terminal determines that the short message of described excited users receives, process successively the business of preservation according to the rule arranging.
In such scheme, described in carry out delay disposal and be specially:
Double-standby terminal is in the process that sends SMS message of described excited users, preserves the voice call service of described excited users and data service and/or described current un-activation user's short message service, voice call service and the data service of receiving;
After double-standby terminal determines that the short message of described excited users is sent, process successively the business of preservation according to the rule arranging.
In such scheme, when double-standby terminal is during in voice call service state, described method is specially:
Double-standby terminal receives after the short message service of described excited users, if short message service is the short message receiving time receiving, it is that described excited users receives short message that double-standby terminal adopts current voice traffic channel, and in receiving course, the data service of the described excited users of receiving is carried out to delay disposal, the described current un-activation user's who receives short message service, speech business and data service are carried out to delay disposal simultaneously;
If when short message service is short message transmission, it is that described excited users sends SMS message that double-standby terminal adopts current voice call service channel, and in process of transmitting, the data service of the described excited users of receiving is carried out to delay disposal, the described current un-activation user's who receives short message service, speech business and data service are carried out to delay disposal simultaneously.
In such scheme, described in carry out delay disposal and be specially:
Double-standby terminal is that described excited users sends or receives in the process of short message, preserves the data service of described excited users and/or described current un-activation user's short message service, voice call service and the data service of receiving;
After double-standby terminal determines that the short message of described excited users is sent, then process successively the business of preservation according to the rule arranging.
In such scheme, when double-standby terminal is during in data service state, described method is specially:
Receive after the short message service of described excited users, if short message service is the short message receiving time receiving, it is that described excited users receives short message that double-standby terminal adopts current data traffic channels, and in receiving course, the data service of the described excited users of receiving is carried out to delay disposal, the described current un-activation user's who receives short message service, voice call service and data service are carried out to delay disposal simultaneously;
If when short message service is short message transmission, it is that described excited users sends SMS message that double-standby terminal adopts current data traffic channels, and in process of transmitting, the voice call service of the described excited users of receiving is carried out to delay disposal, the described current un-activation user's who receives short message service, voice call service and data service are carried out to delay disposal simultaneously.
In such scheme, described in carry out delay disposal and be specially:
Double-standby terminal be described excited users receive or the process that sends SMS message in, the voice call service of preserving the described excited users of receiving, and/or described current un-activation user's short message service, voice call service and data service;
After double-standby terminal determines that the short message of described excited users receives, process successively the business of preservation according to the rule arranging.
In such scheme, it is characterized in that, the described rule according to setting is processed and is specially successively:
According to the priority of the Business Processing arranging, process successively the business of preserving, when priority is identical, according to the sequencing of preserving, process successively the business of preserving.
The present invention also provides a kind of device of CDMA single-mode dual-standby terminal scheduling short message, comprising: processing module and Postponement module; Wherein,
Processing module, for in the time that needs carry out short message service, first process the current user's in activation of service state short message service, and in the time processing short message service, voice call service and/or data service that the described user in activation of service state who receives need to be carried out, and short message service, voice call service and data service that current user in business unactivated state need to carry out send to Postponement module;
Postponement module, for receiving after the business that processing module sends, carries out delay disposal to the business of receiving.
In such scheme, described processing module, specifically for: when double-standby terminal is during in double standby state, work according to the ICQ information of receiving or user the short message request of exhaling, determine the standby subscriber that uses short message service, the standby subscriber that activates described use short message service enters short message service treatment state, for excited users receives short message, and in receiving course, by the voice call service of the described excited users of receiving and data service, and current un-activation user's short message service, voice call service, and data service sends to Postponement module, or,
Judge whether to allow single link setup, determine while allowing single link setup, set up reverse traffic channel link, for described excited users sends SMS message, and in process of transmitting, by the voice call service of the described excited users of receiving and data service, and described current un-activation user's short message service, voice call service and data service send to Postponement module;
Determine while not allowing single link setup, double-standby terminal is set up reverse traffic channel link, and after link is successfully established, send a short message, and in process of transmitting, by the voice call service of the described excited users of receiving and data service, and described current un-activation user's short message service, voice call service, and data service sends to Postponement module, after short message is sent completely, double-standby terminal disconnects reverse traffic channel link, judge whether excited users need the short message sending, define, re-establish reverse traffic channel link, so circulation, until the short message to be sent of described excited users is sent.
In such scheme, described processing module, specifically for: when double-standby terminal is during in voice call service state, receive after the short message service of voice call service excited users, if the short message receiving time receiving, adopting current voice traffic channel is that described excited users receives short message, and in receiving course, the data service of the described excited users of receiving and described current un-activation user's short message service, speech business and data service is sent to Postponement module;
If short message send time, adopting current voice traffic channel is that described excited users sends SMS message, and in process of transmitting, the data service of the described excited users of receiving and described current un-activation user's short message service, voice call service and data service are sent to Postponement module.
In such scheme, described processing module, specifically for: when double-standby terminal is during in data service state, receive after the short message service of data service excited users, if the short message receiving time receiving, adopting current data traffic channels is that described excited users receives short message, and in receiving course, the voice call service about described excited users of receiving and described current un-activation user's short message service, speech business and data service is sent to Postponement module;
If short message send time, adopting current data traffic channels is that described excited users sends SMS message, and in process of transmitting, the voice call service about described excited users of receiving and described current un-activation user's short message service, voice call service and data service are sent to Postponement module.
In such scheme, described processing module, also for after being disposed in short message service, trigger delay module;
Described Postponement module specifically for: preserve the business that processing module sends, and receiving after the trigger message of processing module, process successively the business of preservation according to the rule arranging.
Method and the device of CDMA single-mode dual-standby terminal scheduling short message provided by the invention, in the time that needs carry out short message service, CDMA single-mode dual-standby terminal is first processed the current user's in activation of service state short message service; And in the time processing short message service, delay disposal is carried out in voice call service and/or the data service that need to carry out the described user in activation of service state who receives; Delay disposal is carried out in short message service, voice call service and the data service that need to carry out the current user in business unactivated state who receives simultaneously, so, can realize reasonable management and the scheduling of short message service.
And, single-mode dual-standby terminal is in the time processing short message service, can preserve the voice call service about the described user in activation of service state and/or the data service of receiving, and about the current user's in business unactivated state short message service, voice call service and data service; And after the short message of determining the current user in activation of service state receives, then process successively according to the rule arranging, so, can realize reasonable management and scheduling to other business.
In addition, before re-establishing reverse traffic channel link, if single-mode dual-standby terminal is received the voice call service about two users, single-mode dual-standby terminal is first processed the voice call service about two users of receiving, after finishing dealing with, then re-establish reverse traffic channel link, so, can ensure the priority of voice call service, and then meet user's experience.
Brief description of the drawings
Fig. 1 is the method flow schematic diagram that embodiment mono-realizes CDMA single-mode dual-standby terminal scheduling short message;
Fig. 2 is the method flow schematic diagram that embodiment bis-realizes CDMA single-mode dual-standby terminal scheduling short message;
Fig. 3 is the method flow schematic diagram that embodiment tri-realizes CDMA single-mode dual-standby terminal scheduling short message;
Fig. 4 is the apparatus structure schematic diagram of CDMA single-mode dual-standby terminal scheduling short message of the present invention.
Embodiment
Basic thought of the present invention is: in the time that needs carry out short message service, CDMA single-mode dual-standby terminal is first processed the current user's in activation of service state short message service; And in the time processing short message service, delay disposal is carried out in voice call service and/or the data service that need to carry out the described user in activation of service state who receives; Delay disposal is carried out in short message service, voice call service and the data service that need to carry out the current user in business unactivated state who receives.
Below in conjunction with drawings and the specific embodiments, the present invention is further described in more detail.
The method of CDMA single-mode dual-standby terminal scheduling short message of the present invention is applicable to three kinds of application scenarioss, is respectively: single-mode dual-standby terminal in double standby state, single-mode dual-standby terminal in voice call service state and single-mode dual-standby terminal in data service state.In the following description, by CDMA single-mode dual-standby terminal referred to as double-standby terminal, by the user in activation of service state, referred to as excited users, the current user in business unactivated state, referred to as current un-activation user, adopts U1 and U2 to identify respectively two users of double-standby terminal.
Embodiment mono-:
The application scenarios of the present embodiment is: double-standby terminal is in double standby state, that is: U1 and U2 are current un-activation user.The method of the present embodiment double-standby terminal scheduling short message, as shown in Figure 1, comprises the following steps:
Step 101: double-standby terminal is in the time of double standby state, and double-standby terminal works according to the ICQ information or the user that receive the short message request of exhaling, and determines the standby subscriber that uses short message service;
Here, described double-standby terminal, according to the ICQ information of receiving, is determined the standby subscriber that uses short message service, is specially:
International mobile subscriber identity (IMSI) or Electronic Serial Number (ESN) in general paging (general paging) message that double-standby terminal sends according to the network side of receiving are determined standby subscriber; According to SO=6 or SO=14 in general paging message, be defined as short message service; Or,
IMSI or ESN in the short message body that double-standby terminal directly sends according to paging (paging) channel of receiving determine standby subscriber; According to the SO=6 in short message body or SO=14, be defined as short message service.
Described double-standby terminal works according to user the short message request of exhaling, and determines the standby subscriber that uses short message service, is specially:
Double-standby terminal works according to user the IMSI or the ESN that exhale in short message request and determines standby subscriber; Work the SO=6 or the SO=14 that exhale in short message request according to user, be defined as short message service; Or,
Double-standby terminal is determined standby subscriber according to IMSI or ESN in the short message body directly sending in access channel (access channel); According to the SO=6 in short message body or SO=14, be defined as short message service.
Suppose: double-standby terminal determines that using the standby subscriber of short message service is U1, now, if when double-standby terminal is received the ICQ information about U2 again, directly abandon the ICQ information about U2.
Step 102: double-standby terminal activates U1 and enters short message service treatment state, if short message receives, performs step 103, if short message sends, performs step 104;
Step 103: double-standby terminal is that U1 receives short message, and in receiving course, delay disposal is carried out in voice call service and the data service of double-standby terminal to the U1 receiving, and short message service, voice call service and data service to the U2 receiving carry out delay disposal, finish current handling process;
Here, described short message service comprises that user initiates short message and/or receives short message; Described voice call service comprises that user makes a call and/or receiving speech information; Described data service comprises: user initiates and/or receiving data information.
Described reception short message is specially: if adopt paging channel to receive, directly receive short message; If adopt forward traffic channel to receive, send the request of setting up forward traffic channel link to network side; After the network side request of receiving, set up forward traffic channel with double-standby terminal and link, and after establishing the link, the message of having set up to double-standby terminal back link; Double-standby terminal is received after the message that link set up, is received short message.
Wherein, if the content of short message is shorter, adopt paging channel to receive; If the content of short message is longer, adopt forward traffic channel to receive; In cdma system agreement, regulation has the length of content of short message and short.
The described delay disposal that carries out is specially: double-standby terminal is in the process for U1 reception short message, receive after the voice call service of U1 and short message service, voice call service and the data service of data service and/or U2, first preserve the voice call service of U1 and short message service, voice call service and the data service of data service and/or U2;
After double-standby terminal determines that the short message of U1 receives, then process successively the business of preservation according to the rule arranging;
Wherein, the described rule according to setting is processed and is specially successively: the priority of the Business Processing first arranging according to double-standby terminal, process successively the business of preserving, and when priority is identical, again according to the sequencing of preservation, process successively the business of preserving.
Generally, the priority of set handling business is followed successively by from low to high: data service, short message service, voice call service.
Step 104: double-standby terminal judges whether to allow single link setup, if so, performs step 105, otherwise, execution step 106;
Here, describedly judge whether to allow single link setup, be specially: according to the setting of double-standby terminal self, if double-standby terminal be set to allow single link setup, show that double-standby terminal allows single link setup, if double-standby terminal be set to not allow single link setup, show that double-standby terminal does not allow single link setup.
Wherein, double-standby terminal can be allow single link setup or do not allow single link setup according to the setting in advance of the network of operator.
Step 105: double-standby terminal is set up reverse traffic channel link, and after link is successfully established, for U1 sends SMS message, in process of transmitting, delay disposal is carried out in voice call service and the data service of double-standby terminal to the U1 receiving, and short message service, voice call service and data service to U2 carry out delay disposal, finish current handling process;
Here, described double-standby terminal is set up reverse traffic channel link, is specially: double-standby terminal sends the request of setting up reverse traffic channel link to network side; Network side is received after request, sets up reverse traffic channel with double-standby terminal and links, and after establishing the link, the message of having set up to double-standby terminal back link.
If U1 has many short messages etc. to be sent, chain at reverse traffic channel and continue to send SMS message, until short message to be sent is sent.
The described delay disposal that carries out is specially: double-standby terminal is in the process sending SMS message for U1, receive after the voice call service of U1 and short message service, voice call service and the data service of data service and/or U2, first preserve the voice call service of U1 and short message service, voice call service and the data service of data service and/or U2;
After double-standby terminal determines that the short message of U1 is sent, then process successively the business of preservation according to the rule arranging;
Wherein, the described rule according to setting is processed and is specially successively: the priority of the Business Processing first arranging according to double-standby terminal, process successively the business of preserving, and when priority is identical, again according to the sequencing of preservation, process successively the business of preserving.
Generally, the priority of set handling business is followed successively by from low to high: data service, short message service, voice call service.
Step 106: double-standby terminal is set up reverse traffic channel link, and after link is successfully established, send a short message, and in process of transmitting, delay disposal is carried out in voice call service and the data service of double-standby terminal to the U1 receiving, delay disposal is carried out in the short message service to the U2 receiving, voice call service and data service simultaneously;
Step 107: after short message is sent completely, double-standby terminal disconnects reverse traffic channel link, and judge whether U1 need the short message sending, if had, re-executes step 106, otherwise, finish current handling process.
Here, described double-standby terminal disconnects reverse traffic channel link, is specially: double-standby terminal sends the order that disconnects reverse traffic channel link to network side; After network side receives orders, disconnect the reverse traffic channel of setting up with double-standby terminal and link.
Because the priority of conduct voice calls business is higher than the priority of short message service, therefore, before re-establishing reverse traffic channel link, if double-standby terminal is received the voice call service of U1 or U2, double-standby terminal is first processed the U1 that receives or the voice call service of U2, after finishing dealing with, then re-establish reverse traffic channel link.
Embodiment bis-:
The application scenarios of the present embodiment is: double-standby terminal, in voice call service state, supposes that in the user of voice call service state of activation be U1, and U2 is current un-activation user, and now, double-standby terminal has been set up voice traffic channel with network side.The method of the present embodiment double-standby terminal scheduling short message, as shown in Figure 2, comprises the following steps:
Step 201: double-standby terminal, in the time of conduct voice calls business, receives the short message service of U1, if short message receives, performs step 202, if short message sends, performs step 203;
Step 202: it is that U1 receives short message that double-standby terminal adopts current voice traffic channel, and in receiving course, the data service of the U1 receiving is carried out to delay disposal, delay disposal is carried out in short message service to the U2 receiving, speech business and data service simultaneously, finishes current handling process;
Here, the described delay disposal that carries out is specially: double-standby terminal is in the process for U1 reception short message, receive after the data service of U1 and/or the short message service of U2, voice call service and data service, first preserve the data service of U1 and/or the short message service of U2, voice call service and data service;
After double-standby terminal determines that the short message of U1 receives, then process successively the business of preservation according to the rule arranging;
Wherein, the described rule according to setting is processed and is specially successively: the priority of the Business Processing first arranging according to double-standby terminal, process successively the business of preserving, and when priority is identical, again according to the sequencing of preservation, process successively the business of preserving.
Generally, the priority of set handling business is followed successively by from low to high: data service, short message service, voice call service.
If after voice call service is finished dealing with, U1 still has note to be received, and double-standby terminal is carried out the step identical with step 103, and note to be received U1 is received.
Step 203: it is that U1 sends SMS message that double-standby terminal adopts current voice call service channel, and in process of transmitting, the data service of the U1 receiving is carried out to delay disposal, delay disposal is carried out in short message service to the U2 receiving, speech business and data service simultaneously, finishes current handling process.
Here, the described delay disposal that carries out is specially: double-standby terminal is in the process sending SMS message for U1, receive after the data service of U1 and/or the short message service of U2, voice call service and data service, first preserve the data service of U1 and/or the short message service of U2, voice call service and data service;
After double-standby terminal determines that the short message of U1 is sent, then process successively the business of preservation according to the rule arranging;
Wherein, the described rule according to setting is processed and is specially successively: the priority of the Business Processing first arranging according to double-standby terminal, process successively the business of preserving, and when priority is identical, again according to the sequencing of preservation, process successively the business of preserving.
Generally, the priority of set handling business is followed successively by from low to high: data service, short message service, voice call service.
If U1 has many short messages to be sent, adopt current voice traffic channel to continue to send SMS message;
If after voice call service is finished dealing with, U1 still has note to be sent, and double-standby terminal continues to carry out the step identical with step 104～107, and note to be sent U1 is sent.
Embodiment tri-:
The application scenarios of the present embodiment is: double-standby terminal, in data service state, supposes that in the user of data service state of activation be U1, and U2 is current un-activation user, and now, double-standby terminal has been set up data traffic channels with network side.The method of the present embodiment double-standby terminal scheduling short message, as shown in Figure 3, comprises the following steps:
Step 301: double-standby terminal, in the time of deal with data business, receives the short message service of U1, if short message receives, performs step 302, if short message sends, performs step 303;
Here, if double-standby terminal is in the time of deal with data business, first receive the voice call service of U1, then receive the short message service of U1, first process the voice call service of U1, then process the short message service of U1, now, handling process is identical with step 201～203.
Step 302: it is that U1 receives short message that double-standby terminal adopts current data traffic channels, and in receiving course, the data service of the U1 receiving is carried out to delay disposal, delay disposal is carried out in short message service to the U2 receiving, voice call service and data service simultaneously, finishes current handling process;
Here, the described delay disposal that carries out is specially: double-standby terminal is in the process for U1 reception short message, receive after the voice call service of U1 and/or the short message service of U2, voice call service and data service, first preserve the voice call service of U1 and/or the short message service of U2, voice call service and data service;
After double-standby terminal determines that the short message of U1 receives, then process successively the business of preservation according to the rule arranging;
Wherein, the described rule according to setting is processed and is specially successively: the priority of the Business Processing first arranging according to double-standby terminal, process successively the business of preserving, and when priority is identical, again according to the sequencing of preservation, process successively the business of preserving.
Generally, the priority of set handling business is followed successively by from low to high: data service, short message service, voice call service.
If after data processing completes, U1 still has note to be received, and double-standby terminal is carried out the step identical with step 103, and note to be received U1 is received.
Step 303: it is that U1 sends SMS message that double-standby terminal adopts current data traffic channels, and in process of transmitting, the voice call service of the U1 receiving is carried out to delay disposal, delay disposal is carried out in short message service to the U2 receiving, voice call service and data service simultaneously, finishes current handling process;
Here, the described delay disposal that carries out is specially: double-standby terminal is in the process sending SMS message for U1, receive after the voice call service of U1 and/or the short message service of U2, voice call service and data service, first preserve the voice call service of U1 and/or the short message service of U2, voice call service and data service;
After double-standby terminal determines that the short message of U1 is sent, then process successively the business of preservation according to the rule arranging;
Wherein, the described rule according to setting is processed and is specially successively: the priority of the Business Processing first arranging according to double-standby terminal, process successively the business of preserving, and when priority is identical, again according to the sequencing of preservation, process successively the business of preserving.
Generally, the priority of set handling business is followed successively by from low to high: data service, short message service, voice call service.
If U1 has many short messages to be sent, adopt current data traffic channels to continue to send SMS message;
If after data processing completes, U1 still has note to be sent, and double-standby terminal continues to carry out the step identical with step 104～107, and note to be sent U1 is sent.
For realizing said method, the present invention also provides a kind of device of CDMA single-mode dual-standby terminal scheduling short message, and as shown in Figure 4, this device comprises: processing module 41 and Postponement module 42; Wherein,
Processing module 41, for in the time that needs carry out short message service, first process the current user's in activation of service state short message service, and in the time processing short message service, voice call service and/or data service that the described user in activation of service state who receives need to be carried out, and short message service, voice call service and data service that current user in business unactivated state need to carry out send to Postponement module 42;
Postponement module 42, for receiving after the business that processing module 41 sends, carries out delay disposal to the business of receiving.
Particularly, when double-standby terminal is during in double standby state,
Described processing module 41, specifically for: work according to the ICQ information of receiving or user the short message request of exhaling, determine the standby subscriber that uses short message service, the standby subscriber that activates described use short message service enters short message service treatment state, for excited users receives short message, and in receiving course, by the voice call service of the described excited users of receiving and data service, and current un-activation user's short message service, voice call service and data service send to Postponement module 42; Or,
Judge whether to allow single link setup, determine while allowing single link setup, set up reverse traffic channel link, and after link is successfully established, for described excited users sends SMS message, and in process of transmitting, by the voice call service of the described excited users of receiving and data service, and send to Postponement module 42 about current un-activation user's short message service, voice call service and data service;
Determine while not allowing single link setup, double-standby terminal is set up reverse traffic channel link, and after link is successfully established, send a short message, and in process of transmitting, by the voice call service of the described excited users of receiving and data service, and described current un-activation user's short message service, voice call service, and data service sends to Postponement module 42, after short message is sent completely, double-standby terminal disconnects reverse traffic channel link, judge whether described excited users need the short message sending, define, re-establish reverse traffic channel link, so circulation, until described excited users short message to be sent is sent.
Described processing module 41, also, for before re-establishing reverse traffic channel link, to the voice call service about a user in two users of receiving, double-standby terminal is first processed the voice call service of receiving.
When double-standby terminal is during in voice call service state,
Described processing module 41, specifically for: when the conduct voice calls business, receive after the short message service about voice call service excited users, if the short message receiving time receiving, adopting current voice traffic channel is that described excited users receives short message, and in receiving course, the data service of the described excited users of receiving and described current un-activation user's short message service, speech business and data service are sent to Postponement module 42;
If short message send time, adopting current voice traffic channel is that described excited users sends SMS message, and in process of transmitting, the data service of the described excited users of receiving and described current un-activation user's short message service, voice call service and data service are sent to Postponement module 42;
When double-standby terminal is during in data service state,
Described processing module 41, specifically for: when the deal with data business, receive after the short message service about data service excited users, if the short message receiving time receiving, adopting current data traffic channels is that described excited users receives short message, and in receiving course, the voice call service of the described excited users of receiving and described current un-activation user's short message service, speech business and data service are sent to Postponement module 42;
If short message send time, adopting current data traffic channels is that described excited users sends SMS message, and in process of transmitting, the voice call service of the described excited users of receiving and described current un-activation user's short message service, voice call service and data service are sent to Postponement module 42.
Described processing module 41, also for after being disposed in short message service, trigger delay module 42;
Described Postponement module 42 specifically for: preserve the business that sends of processing module 41, and receiving after the trigger message of processing module 41, process successively the business of preservation according to the rule arranging.
The above, be only preferred embodiment of the present invention, is not intended to limit protection scope of the present invention, all any amendments of doing within the spirit and principles in the present invention, is equal to and replaces and improvement etc., within all should being included in protection scope of the present invention.
Claims (12)
1. a method for code division multiple access (CDMA) single-mode dual-standby terminal scheduling short message, is characterized in that, the method comprises:
In the time that needs carry out short message service, CDMA single-mode dual-standby terminal is first processed the current user's in activation of service state short message service, and in the time processing short message service, delay disposal is carried out in voice call service and/or the data service that need to carry out the described user in activation of service state who receives; Delay disposal is carried out in short message service, voice call service and the data service that need to carry out the current user in business unactivated state who receives;
Handling after short message service, according to the priority from high to low of voice call service, short message service, data service, processing successively the business of preserving, when priority is identical, then according to the sequencing of preserving, processing successively the business of preserving;
Wherein, when double-standby terminal is during in voice call service state, described method is specially:
Double-standby terminal receives after the short message service of described excited users, if short message service is the short message receiving time receiving, it is that described excited users receives short message that double-standby terminal adopts current voice traffic channel, and in receiving course, the data service of the described excited users of receiving is carried out to delay disposal, the described current un-activation user's who receives short message service, speech business and data service are carried out to delay disposal simultaneously;
If when short message service is short message transmission, it is that described excited users sends SMS message that double-standby terminal adopts current voice call service channel, and in process of transmitting, the data service of the described excited users of receiving is carried out to delay disposal, the described current un-activation user's who receives short message service, speech business and data service are carried out to delay disposal simultaneously.
2. method according to claim 1, is characterized in that, when double-standby terminal is during in double standby state, described method is specially:
Double-standby terminal works according to the ICQ information or the user that receive the short message request of exhaling, and determines the standby subscriber that uses short message service;
The standby subscriber that double-standby terminal activates described use short message service enters short message service treatment state, if short message service is the short message receiving time receiving, double-standby terminal is that excited users receives short message, and delay disposal is carried out in the voice call service to the described excited users of receiving and data service; And the current un-activation user's who receives short message service, voice call service and data service are carried out to delay disposal.
3. method according to claim 2, is characterized in that, the method further comprises:
If when short message service is short message transmission, double-standby terminal judges whether to allow single link setup, determine while allowing single link setup, double-standby terminal is set up reverse traffic channel link, for described excited users sends SMS message, and in process of transmitting, delay disposal is carried out in voice call service and the data service of double-standby terminal to the described excited users of receiving; And delay disposal is carried out in short message service, voice call service and data service to described current un-activation user;
Determine while not allowing single link setup, double-standby terminal is set up reverse traffic channel link, send a short message, and in process of transmitting, delay disposal is carried out in voice call service and the data service of double-standby terminal to the described excited users of receiving, the described current un-activation user's who receives short message service, voice call service and data service is carried out to delay disposal simultaneously;
After short message is sent completely, double-standby terminal disconnects reverse traffic channel link, and judges whether described excited users need the short message sending, while defining, re-establish reverse traffic channel link, so circulation, until described excited users short message to be sent is sent.
4. according to the method in claim 2 or 3, it is characterized in that, described reception short message is specially:
If adopt paging channel to receive, directly receive short message;
If adopt forward traffic channel to receive, double-standby terminal sends the request of setting up forward traffic channel link to network side; After the network side request of receiving, set up forward traffic channel with double-standby terminal and link, the message of having set up to double-standby terminal back link; Double-standby terminal is received after message, receives short message.
5. method according to claim 2, is characterized in that, described in carry out delay disposal, be specially:
Double-standby terminal is that described excited users receives in the process of short message, preserves the voice call service of described excited users and data service and/or described current un-activation user's short message service, voice call service and the data service of receiving;
After double-standby terminal determines that the short message of described excited users receives, process successively the business of preservation according to the rule arranging.
6. method according to claim 3, is characterized in that, described in carry out delay disposal and be specially:
Double-standby terminal is in the process that sends SMS message of described excited users, preserves the voice call service of described excited users and data service and/or described current un-activation user's short message service, voice call service and the data service of receiving;
After double-standby terminal determines that the short message of described excited users is sent, process successively the business of preservation according to the rule arranging.
7. method according to claim 1, is characterized in that, described in carry out delay disposal and be specially:
Double-standby terminal is that described excited users sends or receives in the process of short message, preserves the data service of described excited users and/or described current un-activation user's short message service, voice call service and the data service of receiving;
After double-standby terminal determines that the short message of described excited users is sent, then process successively the business of preservation according to the rule arranging.
8. method according to claim 1, is characterized in that, when double-standby terminal is during in data service state, described method is specially:
Receive after the short message service of described excited users, if short message service is the short message receiving time receiving, it is that described excited users receives short message that double-standby terminal adopts current data traffic channels, and in receiving course, the speech business of the described excited users of receiving is carried out to delay disposal, the described current un-activation user's who receives short message service, voice call service and data service are carried out to delay disposal simultaneously;
If when short message service is short message transmission, it is that described excited users sends SMS message that double-standby terminal adopts current data traffic channels, and in process of transmitting, the voice call service of the described excited users of receiving is carried out to delay disposal, the described current un-activation user's who receives short message service, voice call service and data service are carried out to delay disposal simultaneously.
9. method according to claim 8, is characterized in that, described in carry out delay disposal and be specially:
Double-standby terminal be described excited users receive or the process that sends SMS message in, the voice call service of preserving the described excited users of receiving, and/or described current un-activation user's short message service, voice call service and data service;
After double-standby terminal determines that the short message of described excited users receives, process successively the business of preservation according to the rule arranging.
10. a device for CDMA single-mode dual-standby terminal scheduling short message, is characterized in that, this device comprises: processing module and Postponement module; Wherein,
Processing module, for in the time that needs carry out short message service, first process the current user's in activation of service state short message service, and in the time processing short message service, voice call service and/or data service that the described user in activation of service state who receives need to be carried out, and short message service, voice call service and data service that current user in business unactivated state need to carry out send to Postponement module;
Postponement module, for receiving after the business that processing module sends, carries out delay disposal to the business of receiving;
Described processing module, also for after being disposed in short message service, trigger delay module;
Described Postponement module specifically for: preserve processing module send business, and receiving after the trigger message of processing module, according to the priority from high to low of voice call service, short message service, data service, process successively the business of preserving, when priority is identical, according to the sequencing of preserving, process successively the business of preserving again;
Described processing module, specifically for: when double-standby terminal is during in voice call service state, receive after the short message service of voice call service excited users, if the short message receiving time receiving, adopting current voice traffic channel is that described excited users receives short message, and in receiving course, the data service of the described excited users of receiving and described current un-activation user's short message service, speech business and data service are sent to Postponement module;
If short message send time, adopting current voice traffic channel is that described excited users sends SMS message, and in process of transmitting, the data service of the described excited users of receiving and described current un-activation user's short message service, voice call service and data service are sent to Postponement module.
11. devices according to claim 10, it is characterized in that, described processing module, specifically for: when double-standby terminal is during in double standby state, work according to the ICQ information of receiving or user the short message request of exhaling, determine the standby subscriber that uses short message service, the standby subscriber that activates described use short message service enters short message service treatment state, for excited users receives short message, and in receiving course, by the voice call service of the described excited users of receiving and data service, and current un-activation user's short message service, voice call service, and data service sends to Postponement module, or,
Judge whether to allow single link setup, determine while allowing single link setup, set up reverse traffic channel link, for described excited users sends SMS message, and in process of transmitting, by the voice call service of the described excited users of receiving and data service, and described current un-activation user's short message service, voice call service and data service send to Postponement module;
Determine while not allowing single link setup, double-standby terminal is set up reverse traffic channel link, and after link is successfully established, send a short message, and in process of transmitting, by the voice call service of the described excited users of receiving and data service, and described current un-activation user's short message service, voice call service, and data service sends to Postponement module, after short message is sent completely, double-standby terminal disconnects reverse traffic channel link, judge whether excited users need the short message sending, define, re-establish reverse traffic channel link, so circulation, until the short message to be sent of described excited users is sent.
12. devices according to claim 10, it is characterized in that, described processing module, specifically for: when double-standby terminal is during in data service state, receive after the short message service of data service excited users, if the short message receiving time receiving, adopting current data traffic channels is that described excited users receives short message, and in receiving course, the voice call service about described excited users of receiving and described current un-activation user's short message service, speech business and data service are sent to Postponement module;
If short message send time, adopting current data traffic channels is that described excited users sends SMS message, and in process of transmitting, the voice call service about described excited users of receiving and described current un-activation user's short message service, voice call service and data service are sent to Postponement module.
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| CN201010230922.3A CN101895845B (en) | 2010-07-15 | 2010-07-15 | Method and device for scheduling short message of code division multiple access single-mode dual-standby terminal |
| PCT/CN2010/079743 WO2012006855A1 (en) | 2010-07-15 | 2010-12-14 | Method and device for dispatching short message in code division multiple access single-mode dual-standby terminal |
| US13/581,469 US9215574B2 (en) | 2010-07-15 | 2010-12-14 | Method and apparatus for scheduling short messages in code division multiple access single-mode dual-standby terminal |
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| CN201010230922.3A CN101895845B (en) | 2010-07-15 | 2010-07-15 | Method and device for scheduling short message of code division multiple access single-mode dual-standby terminal |
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| EP2575381A4 (en) * | 2011-07-13 | 2015-05-06 | Huawei Device Co Ltd | Method and device for communication |
| EP2642807B1 (en) * | 2011-08-12 | 2016-12-07 | Spreadtrum Communications (Shanghai) Co., Ltd. | Mobile terminal and service processing method thereof, and baseband processing chip |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1960550A (en) * | 2005-11-04 | 2007-05-09 | 中国联合通信有限公司 | Mobile terminal capable of implementing stand by mode for both modes at same time, and communication method |
| CN101247597A (en) * | 2008-03-19 | 2008-08-20 | 嘉兴闻泰通讯科技有限公司 | Single-chip dual-SIM dual-standby communication terminal short message management method |
Family Cites Families (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1353522B1 (en) * | 2002-04-10 | 2005-12-14 | Lucent Technologies Inc. | A method of informing mobile user terminals camped on a cell of a base station that a service is unavailable, a base station, and a network |
| KR100645222B1 (en) * | 2005-07-11 | 2006-11-10 | 주식회사 팬택앤큐리텔 | Mobile communication terminal and apparatus for proffering channel information of digital multimedia broadcasting |
| CN101137148A (en) * | 2007-09-20 | 2008-03-05 | 深圳天珑移动技术有限公司 | Dual-card dual-standby mobile phone and communication method thereof |
| CN101426295B (en) * | 2007-10-31 | 2016-09-14 | Nxp股份有限公司 | Realize the method and system of double standby state in a wireless communication system |
| CN101203005B (en) * | 2007-12-13 | 2010-12-08 | 展讯通信（上海）有限公司 | Method for solving single chip double card double mobile phone major-minor card wave carrier conflict |
| CN101217739A (en) * | 2008-01-11 | 2008-07-09 | 展讯通信（上海）有限公司 | A single-baseband single radio frequency dual-card dual-standby communication terminal and the corresponding communication method |
| CN101252738A (en) * | 2008-03-31 | 2008-08-27 | 宇龙计算机通信科技(深圳)有限公司 | Method for sending and receiving message of double-card double-standby mobile communication terminal |
| KR101065341B1 (en) * | 2008-07-11 | 2011-09-16 | 삼성전자주식회사 | Dual standbay portable terminal and method for communicating thereof |
| US8897277B2 (en) * | 2008-11-07 | 2014-11-25 | Kyocera Corporation | Device beacon for handoff management of handoffs to base stations |
| KR101524602B1 (en) * | 2008-12-30 | 2015-06-01 | 삼성전자주식회사 | Method for display of dual standby portable terminal and apparatus thereof |
| US8737917B2 (en) * | 2009-07-24 | 2014-05-27 | Broadcom Corporation | Method and system for a dual-mode bluetooth low energy device |
| CN101895845B (en) * | 2010-07-15 | 2014-09-10 | 中兴通讯股份有限公司 | Method and device for scheduling short message of code division multiple access single-mode dual-standby terminal |
-
2010
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1960550A (en) * | 2005-11-04 | 2007-05-09 | 中国联合通信有限公司 | Mobile terminal capable of implementing stand by mode for both modes at same time, and communication method |
| CN101247597A (en) * | 2008-03-19 | 2008-08-20 | 嘉兴闻泰通讯科技有限公司 | Single-chip dual-SIM dual-standby communication terminal short message management method |
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| WO2012006855A1 (en) | 2012-01-19 |
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